Latest Articles for Galactic Evolution

Research explores young star clusters in the dwarf galaxy NGC4449 and their formation.

Learn about tidal disruption events and their role in the universe.

Research reveals helium abundance in stars impacts our understanding of galactic evolution.

Population III stars shaped the universe's evolution through their explosive lifecycles.

Insights into supernovae, delay time distributions, and their role in cosmic expansion.

Exploring cosmic shear's role in dark matter studies and modified gravity insights.

Exploring factors influencing the mass-size relation of quiescent galaxies.

Examining how surroundings influence star formation in dwarf galaxies.

A new framework improves galaxy classification accuracy and efficiency.

Examining how star clusters behave during dwarf galaxy collisions.

A new model offers clarity on how stars form in turbulent environments.

This article examines how superbubbles affect gas movement in galaxies.

Researchers study brown dwarfs in globular cluster NGC 6397 using the James Webb Space Telescope.

Study reveals how metallicity affects element composition in massive stars.

Research reveals the critical role of faint galaxies in cosmic evolution.

How galaxy interactions and disk structures influence star formation activity.

New findings on hydrogen help understand the early Universe's reionization.

This study highlights the role of local stars in the circumgalactic medium.

Research reveals how this ancient merger shaped the Milky Way's star formation.

Magnetic fields play a key role in the formation of stars and galaxies.

A young radio source affects its surrounding gas, impacting galaxy evolution.

Exploring the connection between supernova remnants and the acceleration of cosmic rays.

This study examines how metallicity affects star formation rates and interstellar medium behavior.

Exploring how gas fields evolve and interact under stellar and AGN feedback.

Study explores faint radio quasars and their properties across the universe.

Examining how H emission reflects star formation rates in galaxies.

This study reveals how star-forming galaxies change into quiescent galaxies over time.

Exploring the formation of stars and galaxies during the Cosmic Dawn.

A look at why Fornax has many globular clusters despite minimal star mass loss.

Active galaxies significantly influence their surroundings through metal enrichment processes.

Investigating how supermassive black hole pairs interact and emit radiation.

Analyzing young stars reveals their changing movements and galactic evolution.

This study examines how the [Y/Mg] ratio helps estimate stellar ages.

Learn about the first stars and their significance in cosmic history.

Classical Wolf-Rayet stars significantly enrich their environments through strong winds and element production.

Astronomers gain insights into the evolution of early galaxies through A2744-YD4.

Research reveals hidden neutral gas near supermassive black holes, impacting our understanding.

Examining how gas inflow affects star creation in different galaxies.

Examining the factors that restrict galaxy development, focusing on gas and black holes.

An examination of dark energy and its role in the universe's expansion.